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One of the main advantages of neodymium magnets is their high magnetic strength. He maha nga wa e kaha ake ana i etahi atu miihini o te rahi me te taumaha, te whakarite i a raatau mo nga tono kei reira te waahi me te taumaha kei te utu. Additionally, neodymium magnets have a high coercivity, which means they retain their magnetization even in high-temperature environments.
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Nedymium rangatira, e kiia ana ko nga Maakahu Ndfeb, he momo o nga makutu-whenua i hangaia mai i te whakakotahitanga o neodymium, te rino, me te Boron (ND2FE14B). He tino kaha enei miihini, kua whai waahi nui i roto i nga hangarau hou, tae atu ki nga motuka hiko, nga kaikorero, me nga miihini o te kōpae hiko.
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Neodymium magnets are graded according to the material from which they are made. The higher the rating (the number after the “N”), the stronger the magnet and the higher the value. The highest grade of neodymium magnets currently available is N54. Any letters after the rating refer to the maximum temperature rating of the magnet. If there is no letter after the grade, the standard temperature of the magnet is 80 °C. Ko te pāmahana o te pāmahana he pāmahana paerewa (kaore he reta) e whai ana i te taputapu H (120 ° C).
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Neodymium magnets are graded according to the material from which they are made. The higher the rating (the number after the “N”), the stronger the magnet and the higher the value. The highest grade of neodymium magnets currently available is N54. Any letters after the rating refer to the maximum temperature rating of the magnet. If there is no letter after the grade, the standard temperature of the magnet is 80 °C. Ko te pāmahana o te pāmahana he pāmahana paerewa (kaore he reta) e whai ana i te taputapu H (120 ° C).
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